#include <dynamic_execution.h>

Public Member Functions
	dynamic_execution () noexcept

template<typename E >
	dynamic_execution (const E &e)

bool	has_execution () const

template<typename ... InputIterators, typename OutputIterator , typename Transformer >
void	map (std::tuple< InputIterators... > firsts, OutputIterator first_out, std::size_t sequence_size, Transformer &&transform_op) const
	Applies a transformation to multiple sequences leaving the result in another sequence. More...

template<typename InputIterator , typename Identity , typename Combiner >
auto	reduce (InputIterator first, std::size_t sequence_size, Identity &&identity, Combiner &&combine_op) const
	Applies a reduction to a sequence of data items. More...

template<typename ... InputIterators, typename Identity , typename Transformer , typename Combiner >
auto	map_reduce (std::tuple< InputIterators... > firsts, std::size_t sequence_size, Identity &&identity, Transformer &&transform_op, Combiner &&combine_op) const
	Applies a map/reduce operation to a sequence of data items. More...

template<typename ... InputIterators, typename OutputIterator , typename StencilTransformer , typename Neighbourhood >
void	stencil (std::tuple< InputIterators... > firsts, OutputIterator first_out, std::size_t sequence_size, StencilTransformer &&transform_op, Neighbourhood &&neighbour_op) const
	Applies a stencil to multiple sequences leaving the result in another sequence. More...

template<typename Input , typename Divider , typename Solver , typename Combiner >
auto	divide_conquer (Input &&input, Divider &&divide_op, Solver &&solve_op, Combiner &&combine_op) const
	Invoke md_divide-conquer. More...

template<typename Input , typename Divider , typename Predicate , typename Solver , typename Combiner >
auto	divide_conquer (Input &&input, Divider &&divide_op, Predicate &&predicate_op, Solver &&solve_op, Combiner &&combine_op) const
	Invoke md_divide-conquer. More...

template<typename Generator , typename ... Transformers>
void	pipeline (Generator &&generate_op, Transformers &&... transform_ops) const
	Invoke Pipeline pattern. More...

Constructor & Destructor Documentation

◆ dynamic_execution() [1/2]

grppi::dynamic_execution::dynamic_execution ( )

inlinenoexcept

◆ dynamic_execution() [2/2]

template<typename E >

grppi::dynamic_execution::dynamic_execution ( const E & e )

inline

Member Function Documentation

◆ divide_conquer() [1/2]

template<typename Input , typename Divider , typename Predicate , typename Solver , typename Combiner >

auto grppi::dynamic_execution::divide_conquer	(	Input &&	input,
		Divider &&	divide_op,
		Predicate &&	predicate_op,
		Solver &&	solve_op,
		Combiner &&	combine_op
	)		const

Invoke md_divide-conquer.

Template Parameters

Input	Type used for the input problem.
Divider	Callable type for the divider operation.
Predicate	Callable type for the stop condition predicate.
Solver	Callable type for the solver operation.
Combiner	Callable type for the combiner operation.

Parameters

ex	Sequential execution policy object.
input	Input problem to be solved.
divider_op	Divider operation.
predicate_op	Predicate operation.
solver_op	Solver operation.
combine_op	Combiner operation.

◆ divide_conquer() [2/2]

template<typename Input , typename Divider , typename Solver , typename Combiner >

auto grppi::dynamic_execution::divide_conquer	(	Input &&	input,
		Divider &&	divide_op,
		Solver &&	solve_op,
		Combiner &&	combine_op
	)		const

Invoke md_divide-conquer.

Template Parameters

Input	Type used for the input problem.
Divider	Callable type for the divider operation.
Solver	Callable type for the solver operation.
Combiner	Callable type for the combiner operation.

Parameters

ex	Sequential execution policy object.
input	Input problem to be solved.
divider_op	Divider operation.
solver_op	Solver operation.
combine_op	Combiner operation.

◆ has_execution()

bool grppi::dynamic_execution::has_execution ( ) const

inline

◆ map()

template<typename ... InputIterators, typename OutputIterator , typename Transformer >

void grppi::dynamic_execution::map	(	std::tuple< InputIterators... >	firsts,
		OutputIterator	first_out,
		std::size_t	sequence_size,
		Transformer &&	transform_op
	)		const

Applies a transformation to multiple sequences leaving the result in another sequence.

Template Parameters

InputIterators	Iterator types for input sequences.
OutputIterator	Iterator type for the output sequence.
Transformer	Callable object type for the transformation.

Parameters

firsts	Tuple of iterators to input sequences.
first_out	Iterator to the output sequence.
sequence_size	Size of the input sequences.
transform_op	Transformation callable object.

Precondition: For every I iterators in the range [get<I>(firsts), next(get<I>(firsts),sequence_size)) are valid.; Iterators in the range [first_out, next(first_out,sequence_size)] are valid.

◆ map_reduce()

template<typename ... InputIterators, typename Identity , typename Transformer , typename Combiner >

auto grppi::dynamic_execution::map_reduce	(	std::tuple< InputIterators... >	firsts,
		std::size_t	sequence_size,
		Identity &&	identity,
		Transformer &&	transform_op,
		Combiner &&	combine_op
	)		const

Applies a map/reduce operation to a sequence of data items.

Template Parameters

InputIterator	Iterator type for the input sequence.
Identity	Type for the identity value.
Transformer	Callable object type for the transformation.
Combiner	Callable object type for the combination.

Parameters

first	Iterator to the first element of the sequence.
sequence_size	Size of the input sequence.
identity	Identity value for the reduction.
transform_op	Transformation callable object.
combine_op	Combination callable object.

Precondition: Iterators in the range [first,last) are valid.

Returns: The map/reduce result.

◆ pipeline()

template<typename Generator , typename ... Transformers>

void grppi::dynamic_execution::pipeline	(	Generator &&	generate_op,
		Transformers &&...	transform_ops
	)		const

Invoke Pipeline pattern.

Template Parameters

Generator	Callable type for the generator operation.
Transformers	Callable types for the transformers in the pipeline.

Parameters

generate_op	Generator operation.
transform_ops	Transformer operations.

◆ reduce()

template<typename InputIterator , typename Identity , typename Combiner >

auto grppi::dynamic_execution::reduce	(	InputIterator	first,
		std::size_t	sequence_size,
		Identity &&	identity,
		Combiner &&	combine_op
	)		const

Applies a reduction to a sequence of data items.

Template Parameters

InputIterator	Iterator type for the input sequence.
Identity	Type for the identity value.
Combiner	Callable object type for the combination.

Parameters

first	Iterator to the first element of the sequence.
sequence_size	Size of the input sequence.
last	Iterator to one past the end of the sequence.
identity	Identity value for the reduction.
combine_op	Combination callable object.

Precondition: Iterators in the range [first,last) are valid.

Returns: The reduction result

◆ stencil()

template<typename ... InputIterators, typename OutputIterator , typename StencilTransformer , typename Neighbourhood >

void grppi::dynamic_execution::stencil	(	std::tuple< InputIterators... >	firsts,
		OutputIterator	first_out,
		std::size_t	sequence_size,
		StencilTransformer &&	transform_op,
		Neighbourhood &&	neighbour_op
	)		const

Applies a stencil to multiple sequences leaving the result in another sequence.

Template Parameters

InputIterators	Iterator types for input sequences.
OutputIterator	Iterator type for the output sequence.
StencilTransformer	Callable object type for the stencil transformation.
Neighbourhood	Callable object for generating neighbourhoods.

Parameters

firsts	Tuple of iterators to input sequences.
first_out	Iterator to the output sequence.
sequence_size	Size of the input sequences.
transform_op	Stencil transformation callable object.
neighbour_op	Neighbourhood callable object.

Precondition: For every I iterators in the range [get<I>(firsts), next(get<I>(firsts),sequence_size)) are valid.; Iterators in the range [first_out, next(first_out,sequence_size)] are valid.

The documentation for this class was generated from the following file:

dynamic_execution.h

Public Member Functions

Constructor & Destructor Documentation

◆ dynamic_execution() [1/2]

◆ dynamic_execution() [2/2]

Member Function Documentation

◆ divide_conquer() [1/2]

◆ divide_conquer() [2/2]

◆ has_execution()

◆ map()

◆ map_reduce()

◆ pipeline()

◆ reduce()

◆ stencil()